SOLUTION: value of an expression. find the exact value of the expression. sec(sin^-1 12/13)
Algebra
.Com
Question 1165797
:
value of an expression. find the exact value of the expression.
sec(sin^-1 12/13)
Answer by
ikleyn(52786)
(
Show Source
): You can
put this solution on YOUR website!
.
cos(sin^-1 12/13) =
=
=
=
. Therefore, sec(sin^-1(12/13)) =
=
.
ANSWER
RELATED QUESTIONS
value of an expression. find the exact value of the expression. cos(sin^-1...
(answered by
ikleyn
)
find the exact value of each expression. 35) sec(inverse sin 5/13 minus inverse tan...
(answered by
lwsshak3
)
Find the exact value of the expression....
(answered by
jim_thompson5910
)
Use an addition or subtraction formula to find the exact value of the expression....
(answered by
lwsshak3
)
Find the exact value of the expression sin((tan^-1 3/4) +(cos^-1...
(answered by
lwsshak3
)
1-Find the exact value of this expression. sin^-1(-1/2) 2-Find the exact value of this
(answered by
stanbon
)
 Find the exact value of the expression: sin(sin^-1 (1) + cos^-1...
(answered by
ikleyn
)
find the exact value of this expression:...
(answered by
ikleyn
)
Find the exact value of...
(answered by
lwsshak3
)